SCIENTIFIC ABSTRACT KONOVALOV, V.S. - KONOVALOV, YE.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824330004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KI.R.S.A"NOVY V.M.: KONOVALOV, V.S.
T--mperature conditions in the formation of the head part of a
billed steel ingot. Izv.vys.ucheb.sav,; chern. met. 8 no*4172-,
74'( 165, (MIRA 1834)
1. Dnepropetrovskiy metallurgicheskiy institut.

KONOVALOVP V.S.; KIRSANOV, V.14.; PANYUSHKIN, N.V.; PATLANI, Ye.F.
Improving the quality of the bead part of a ki-11rd stpel ingot.
Stall 25 no.5:417-416 my 165. (MIRA 18:6)
1. Truboprokatnyy zavod im. K.LibknekhtA i Dnepropetrovskiy
metallurgicheskiy institut.

AUTHOR: Konovalov, V.S., Engineer SOV-118-58-9-7/19
ILITLE: '4ain Transportation Lines Operated by Kxana of Bolt Convoy-
ers and Cables (Vaoistrallnyy transport s pomoshchlyu len-
tochnykh'konveyyerav I kanatnykh dorog)
i,7~-
PERIODICAL: Yekhanizatsiya trudoyemkikh i tyazhelykh rabot, 1958,Nlr 9,
pp 22-25 (USSR)
A3STRACT: Referring to the advantages of belt conveyer and suspended
cable transportation of bulk goods in the US, South 1 'merica
and Sweden, the author admits that the USSR is lagging be-
hind in this respect. The VNIIPTMASh Institute is working
on this problem. By means of various graphs, computations
and reflections, the author tries to find out the most ra-
tional ways of transportation.
There are 3 photographs and 10 graphs.
1. Materials--Transportation
Card 1/1

KOP"O'VALOV ' " S- Cand Tech Sr
,j _ (d,..)
ef4-6 Ctiveness in th e use of 14 "Inves tigat'on Of the
transport for t-.e movement variolis forms of continuous
loads -from Places of Origin Of massive amounts Of friable
34 PPp 200 cop. (Inatitut, Oto Points where needed,"
I f kiningj, AS USSR) Moscow# 1960P
(IMj 42-6o, 14)

KONOVA~,O~V ~ kand. tekhn.nauk; STEFANENKO, S.A., lnzh.;
KUZNETSOVA, M.L., red.; KOVALISKAYA, I.F., tekhn. red.
[Mechanization and automation of intrafactory transporta-
tion in machinery plants] Mekhanizatsiia i avtomatizatsiia
vnutrizavodskogo transporta mashinostroitellnykh zavodov.
Moskva, TSINTIMASH, 1961. 68 p. (MIRA 16:4)
(Conveying machinery) (Industrial power trucks)
(Automation) (Cranes, derricks, etc.)

KONOVALOVI V. SPI i22h.
Efficiency of using continuous transportation of bulk loon
loads from places vhere they are mined to points vhere they
qrs needed. Sbor. trad. NMI-so.39.'422-424 (161.
MM 16:4)
1. Teesayusayy nauebao-ineledovatellskiy institut pidmyemno-
transportaogo asshinostroyaniya,
(Mine haulage)

to-110-VRAW-V.-VAL, kand.tekhn.nauk; RIK", M.A. , dLiizh.- - - --- --- - -- --
Automatic storage al.the mMoskaboil" Works. Mekh.-i avtom.proizv. --
15 no.11:31-34 H 161. (KIRA 14: 11)
(Mosoow-Cables-Storage)
,(Automation).

XONOVALOV, V.'Sqj kand.tekhn.nauk; POPOV, Juj,s, inzhe
Problems of designing general plans and intrafactory transportation
at machinery plants. Prom. stroi. ~40 (i.e. 41.1 no.3:10-16 Mr
(MIRA 16:3)
'63.
(Industrial plants-Design aT~ construation)

KOIIOV,AI,OVI V.S., kard,tekha.naiik; KAGRANOV, T.F... inzh.
-
Prospective co -niotructi(ofts of hoisting and transportir4c., machines
for industrial buildings of the machine industry. Prom stroie 41
no.9:46-52 S 163. imm 16:11)

KONOVALOV, Vasiliy Vaslllz2i~~ Y-,UZNETSOVA,
~EICH~TJKT.S,, prepadavatc-I',
D,V., prepodavatell, retaenzent;
USIONA, N.B., takhn. red.
Lyudmila Ivanowm;
retsenzent; 110KROVSKIY1
KIIACHATUROV, V.V., red.,
(Radio navigation E,(1114 ment on ships]Sudovye radionavigatsion-
~P
nye ustro.-Istva. Moskva, !-.d-vo "Morskoi transport," 1962. 374 p,
(MIRA 16:21/
(Radio in navigation) (Radar in navigation)

137-58-6-11355
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 14 (USSR)
AUTHOR: Konovalov, V.V.
TITLE: Pelletizing Krivoy Rog Ores (Okatyshi iz krivorozhskikh rud)
PERIODICAL: V sb.: Domennoye proiz-vo. Moscow, Metallurgizdat, 1957,
pp 74-88
ABSTRACT: An investigation is made of the production of pellets (P)
from undersize (0-12 mm) Krivoy Rog ores (KR'/. The experi-
ments were preceded by the testing of a number of methods of
clinkering. The. best results were obtained when dry material
was introduced into a supersaturated moist mass, with sub-
z;equent pelletizing. Experiments showed that clinkering by
pelletizing may be done successfully not only with fine-ground
concentrates, but also with undersize KR. Flue dust, lime,
chalk, and coke breeze were tested in a series of experiments
to strengthen the P. The P thus produced were roasted with
blast-furnace gas. The influence of the temperature and of the
excess-air coefficient during the burning of the charge additions
on~ thd. roasting: process:and.the properties of the P were, inVe'sf -
Card 112. igated.'' The rate -of downward travel of dic- zoIne-of combustion

Th" y
PtrP3PJt1Oa of
),,,t or'quCtles ~at !O-X:, A-.11-

AUTHORS: Konovalov, V. V., Chechetkin, V. I., SOV/72-58-7-5/19
--raTrz-n-Y-aY,--D-.--Tt-, Firer, M. Ya.
TITLE: Semi-Industrial Investigations of the Thermal Preparation of
Glass Layers (PolupromyshlennTye issledovaniya termicheskoy
podgotovki stekollnykh shikht)
PERIODICAL: Steklo i keramika, 1958, Nr 7, Pp. 17 - 24 (USSR)
ABSTRACT: Such a sintering device is shown in figures 1 and 2 and is
described afterwards. The tests were carried out with two types
of layers: the tesi-and the working layer, the compositions of
which are given in table 1. The curves of the rise in temperature
during the sintering of the two layers under the same conditions,
are given in figure 3. The curves of the dependence of the
Na2so 4-content in finished agglomerates on the relation of gas
and air in the induction mixture for 2 sulfate-soda layers are
given in figure 4, and are described in full details. The tem-
perature curves obtained with the sintering of the test layer
are given in figure 5. Further the authors report on the filling
weight of the agglomerated glass layers, as well as also on the
Card 1/3 productiveness of the agglomerates. The most advantageous height

Semi-Industrial Investigations of the Thermal Pre- SOV/72-58-7-5/19
paration of Glass Layers
of layer during sintering, as well as the optimum velocities
of this process are given in table 2. The duration of the heat
treatment, as well as the curves of vacuum-changes for different
types of layers and heights are given (Figures 6,7 and 8). The
heat-treatment lasts 9 to lo minutes. Then, the consumption of
loosening- and foundation material, as well as the Eas consumption
for the heat treatment of tho layer are given. The dopondenoo
of the specific gas consumption on the excessive air supply for
various layers is shown (Fig 9). The recommended gas processes
for some glass-layers are given in table 3. The dependence of
the gas consumption on the duration of the heat treatment and
the sintering speed are illustrated by means of curves (Figs lo
and 11). Such a device has been developed for a tank furnace of
the Gomel' Glass-Works on the basis of the semi-industrial tests
carried out. A test series of the glass melting of heat-treated
layers was carried out by which the technical and economic effi-
ciency of their industrial use was.proved. There are 11 figures,
3 tables) and 2 Soviet referenadel' ~:ra;fn~-,
Card 2/3
Semi-Industrial Investigations of the Thermal Pre- SOV/72-58-7-5/19
paration of Glass Layers
1. Glass--Processing 2. Glass--Sintering 3. Glass--Temperaturo factora
Card 3/3

15(?) SO-1/72-59-10-6/14
AUTHORS: Zaliznyak, D. V., Firer, M. Ya., Konovalov, V. V., Chechetkin,
V. I., Dunayev, V. G. --------- ~_-.--~-.~~.
TITLE; The Influence of Thermal Preparation of the Char-e on Glass
Frits
PERIODICAL: Steklo i keramika, 1959, Nr lo, pp 21 - 27 (USSR)
ABSTRACT: In the years 1952-1954, the Moskovskiy gornyy institut (mloscow
Mining Institute) together with the Gomel' Glassworks carried
out investigations of the thermal preparation of glass charges
(Footnote 1). Experiments on the melting of the sintered charge
in continuous glass-melting furnaces were carried out at the
Gomel' Glassworks, and experiments of comparative melting con-
cerning the initial and the sintered charge were carried out at
the laboratory of the first Kafedra silikatov i stekla Belo-
rusekogo politekhnicheskogo instituta (Chair for Silicates
and Glass of the Belorussim Polytechnic Institute), at the La-
boratory for Glass-Melting, as well as at the test plant of the
in5titut stekla (Glass Institute) (Footnote 2). It was estab-
lished that the melting time of the sintered charge de.pends on
Card 1/3 its content of free Na 2s0 4 (Fig 1), as well as on the temper-

The Influence of Thermal Preparation of the Charge on SOV/72-59-lo..6/14
Glass Frits
ature of the sintered oharge (Fig 2). It may be seen from
figures 3,4,5, and 6 that vitrification is considerably
accelerated during the melting of the sintered charge. The
melting time of the initial and the sintered charges is shown
in table 1. As may be seen from figure 7, the maximum furnace
temperature was 13500. The chemical analyses of the glasses
from the sintered and initial charge are shown in table 2. Ex-
periments showed that at furnace temperatures of from 1350 to
14500, the entire melting and the refining of glasses from the
sintered charge afford better results as compared with the
initial chaM..Moreover, at equal charge weight, 20% more glass
is obtained from the sintered charges than from the initial
charge. The chemical analyses of two experimental batches of
sintered charges are shown in table 3. By using a cold sintered
charge, the furnace output can be increased by 25-30%, and by
using a hot charge (at Boo-gooo), it can be increased by
35-4o%, and the time of vitrification and refining can also be
considerably reduced. According to indications of Professor
N. V. Solomin (Footnote 3), the furnace campaign car be
Card 2/3 ;onsiderably lengthened by using a sintered charge. According

w
V /7-EC NN -2/-f Ec-h/T/EK (0-2/FWA (h) Pn -Jd'F-_-4 /Pa-L/Pac-h/
EY; t
3A 1
c- Lr o V
Zubritskiv 1- A. Tereghcheliko., A 1 -2
TITLE: The- mathod. end -device- for maaaurlng tran-F--girted puver dt
-,uperhfgh frequency
SOURCE: IVUZ. Radiatekhnika, v, 7j no. 3, 11~64, 378-381
TOPIC TAGS: superhigh. frequen't--y radiatLon, transmissEon line# wave-
guide, waveguLdeme-a-911-r-Ing sectton. traveling v4vepower, nower meter,
hot cathode diode
A?STPACT: The described method of measuring the superhiph-frequency
Clpj~l -ower inside a waveguide is based on the interaction of the
i 4nace charge in the wavegu [do , and hati roquitod the design
mtniature device for thiq purnoie. A m e a r, u r L n r, C e I Iforrins
v! ement nf the device and t-, ln,,~- - 1 -,-~Iv t-tn the
_j 1. d eRec ause of low inert ia, noypr Anrl nower
~is'ci~)u!:ion in the pulse can be registerad. directl; ny the device.
e prescribed method wakes it possible to de3,ign field and power
Card 1 / 2

L 6977-65
ACCESSION MR: AP4042855
meteid for various ranges from tens of watts to hundreds of kilowatts
and higher. The experiments were conducted in the 3-cn, band. The
investigated circuit consisted of a continuour generation magnetron,
Atte-IUALDr, qtandinp-wave ratio meter, matching transformer, measuring
waveguide section with a qtretcheJ tunZqten cathode
-i '-ode with the conductive wal Is), and a 1~i-4-teDe power-
meter. The maximum measured power was lOw. This measuring
P v i c e i Lh four insulated cathodes, placed in four various waveguide
rions, can he daveloped into a four-orobe mej%suring line for
-i r r
transmission. Ori~t. q i f 1 -,,-1 r e 5
ASSOCIA11UHt none
U 31 1 71 E D 30Sep63 ATD PRESS: 3103 ENCL 00
C NO REr SOVt 002 OTH E R 001
QM
Card 2 2

23970
5/131/61/000/006/003/003
o 0 S 31-6 3 B105/B206
AUTHORS: Gordeyev, N. P., Zegzhda, V..P., Konarev, M. U., Shalkov,
K. A., Konovalov, Ya. A.
TITLE: Experience in the use of graphi~o containing r.fractory
materials for pumping over liquid metals by the eleotro-
magnetic method
PERIODICAL: Ogneupory, no. 6, 19619 292
TEXT: This article deals with the problem of the transportation of
liquid metals by means of electromagnetic pumps, for the solution of
which high-quality refractory mater-ials are necessary. The high thermal
and slag stability, non-wettability by metalB'and other properties of
graphite containing refractory materials led to the assumption that they
are suitable for this purpose. The testing of graphite containing
refractory materials in steel diacharge shutes, made according to the
method of tho VIO, Vseaoy-u%nyy inatitut ogneuporov (All-Union Institute
of Refractory Materials) jointly with the Borovichakiy kombinat ogneuporoy
(Borovichi Combine of Refractory Materials) showed positive results; the
Card 1/2

23970
S11311611000100610031003
Experience in the use of graphite ... B105/B206
graphite containing chamotte products were highly resintant against washing
out by the stream of liquid metal, and warranted an increase of the
stability of the discharge-chute lining by four to ton times. The All-
Union Institute of Refractory Materin15 jointly with the avtozavod im.
Likhacheva (Automobile Plant imeni Likhachav) experimentally produced a
graphite containing chamotte lining for an electromagnetic shute for
pumping over- liquid orudo Ironj no well an an oleotromaj-,ni-tic in-ititiring
hopper in an iron foundry. After three tantn of jjumptnk~ o-7., I el-t0t,
iron, the 6 m long shute lining did not show any o1i ,i,n of t-~ :~i~ -,.I-
destruction.. The development of the Induction
liquid cruda iron will necesaitatd the establi0mrnt fa oji-ci,~; ft.-
ment for the manufacture of graphite containing refrftctory
There is I figtkre.
ASSOCIATION:' Vaesoyuznyy institut ogneuporov (All-Union Institute of
Refractory Materials) If. P. Gordeyev, V. P. Zegzhdil 7
Borovichakiy kombinat ognouporov (Borovichi Combine of
Refractory Materials) U. U. Konarey, K. A. Shalkovj Ta. A.
Konovaloy
Card 2/2

GORDEYEV, N.P.; ZFGZHDA, V.P.; KOITAREV, M.U.; SMLKGV, K.A.; T0170VAWV Z-..A
Using refractory materials containing graphite for transferring
liquid metals by an electromagnetic method. Ogneupory 26
no.6;292 161, (I-IM, 14:7)
3. Vessoyawyy institut ogneuporov (for Gorde7ev.. Zogabda)a
2. Barovicbskiy kombinat,ogneuperov (for Konarev,, Shalkov,
Konavalow),
(Refractory materials)
(Smelting)

K-0 1vuvITL-c-v~-
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KONOVALOVy Ta.R. (Kamvalau$,IA:.R.],- YMWMVp V.I; (lAfremaug V.I.]
Effect of*ultrasonic vibrations au the strength adi pUsticity
of brass, Vestai M BSSR* Ser6 yj*._tOkh. navo no. 4S93_98
l6o. (MIR& 34:1)
(Ultra4cuic waies) (Brus)

KONOVALOV, Ya.R. [Kanavalaup IA.R.1; YE~MMOVj V.I. [IAfremaup V.I.]
Effect of ultrasound waves on the strength and plasticity of staticaLly
loaded bi-ass. Vestsi AN BSSR Ser. fiz.-tekh. nav. no. 1:114-119 161.
(~MU 14:4)
(Brass) (Ultrasonic waves)

,KONOVALOV, Te.
"Yinancee of people's democracies";by D.Butakov, V. Bochkova,
I.Shevell. Reviewed by E.Konovalovl'. Vop. ekon. no.14140-144
N 16o. (MIRA 13:11)
(Gomnuniat countriai-Finance)

KONOVALOV, Ye.
--------
Improving the material welfare and cultural level of the peoples in
the world socialist system. Vop. ekon. no.1:94-102 Ja '62.
(MIRA 15:1)
(Communist countries--Cost and standard of living)
(Communist countries--Culture)

KONOVALOV, Ye.A., inshe,
---- ... .... 1--"..- .. , .1 - -
Methods for oaloulating the compression and settling of peat
bogs in drying. Torf. prom. 40 no.7:24-27 163. (NM 17i1)
1. Kalininskiy torfyanoy inetitut,

L 014W--00 hMM/kNAM)
KC_ C N AR: .P5025706 SOURCE COEE: UR/0286/65/000/018/W57/0057
AUTHORS t Konovalovo Ye, A,; Ploshchanskly,, L ~ M.; Soloyly2y, V. A.
ORG: none
TITLE: A device for checking radiation meters. Class 21, No. 174729
SOURCE: Byulletent izobretenly I tovarnykh znakov,, no. 18,, 1965t 57
TOPIC TAGSt radiation monitor, radiometry, radiometerp filter,, mercury
ABSTRACT: This Author Certificate presents a device for checking radiation motors.
It contains a radiation source, a shielded housing vith a collimated channel, an
attenuating filtert mechani ms for moving and fixing the position of the aourcep wd'
an effective area (see Fig. 1), To simplify the design, Increase the measurement
range, and reduce the checking timej a liquid metal (e.g., 11S) is twed aa the
attenuating filter, The radiation source. Is r1aced directly Inside -the filter and.-
can be maved.
Card 2/2 UDC: 621.039.55

ACC NR, Ap5o257o6
Fig, 1, 1 - Radiation source;
.5 2 - shielded housing;
3 - liqtdd-wt-al attenuating
filter; 4 - mechanism for moving
source; 5 - muchaniom for fixing
source; 6 - effsotive area;
7 - sensing element of Mdiatlon
motors
OrA
ig, arts has: I figures
SUB COM IS/ SUM UTZ: 17Apr64
7777777

L 5067-66
C ~CN a ~,n 5R6 ~2 6 4 5 UR/0089/65/019/002/Mi/0203
AMOR: Konovalovj Yei A.,; Ploshchatinkiy, L. M,; Solov'Y21, _V. 1~-'
TITLE: The use of polyeih'ylene pipes in pipelines of dosimetrio air
-Sampling system
SGURGE: Atomnaya enerGlya, ve 19, no. 2, 1965l 201-203
TOPIC TAGS:~ nuclear reactors atomic energy plant equipment, air
pollution control
ABSTRACT'* The radioactive-air..saMplers are usually equipped with pipe-i
lines maaa of aluminum or stainlosju The possibility of
,,steel pipes.
their replacement by non-corrosivetlpolyethylone pipes is discussed.
The autho.re describe fheir eij5_rlments with the polyethyline pipes hav-
Ang a 20 mm diameter and 4 mm wall thickness. The results of their
:teats showed that the polyethylene pipas could be used at temperatures
up to 60 C. pressures up to 3 kg/sq cm and rarefactions of 600 mm Hg.
At the beginning of 19626 the air sampling pipelines of the VVR-M
reactor were equipped with polyethylene pipes and tubes. Their total'
length was about 3000 m. No,trouble was experienced during two years
1/2
ucdid

K(NOVAU)T. T*.A.
I
.
I . -,~
RallrwA coustructl*a In the Cftlzese Fooplo's Rqmblic.
Zhol.dor.transp.37 as.11:85-87 1~155. (NLU 9:2)
(China-Itallreads-Construt ton)

KOMVAIOV,
Cooperative agriculture in the Chinese People's ROPUblic-
Vop.skon. no.9:138..144 S.1146. (MLU 9 & 10)
(china--Agriculture. Cooperative)

IONOVALOV, Ye.
~
Relations between industry and trade in Wna. Sov.torg. no-1:32-36
Ja '57. ' (NLHA 10:2)
(China-Comerce)

KDN)VALOV, Te.A.. kand.okon.nauk
Now upswing of railroad construction in the People's Republic
of China. Zhel.4or.transp. 40 no.11:87-88 N '58.
(MRA 11.-12)
(China--Railroads--Construction)

TAN TOM'-BET [Tang Chien-poll; STARODUBROVSKATA, Y.N.;-0jDYAWV
To.,A.--(IUANI DA-TUN (Knan ?a-tlung]; CLMIK, I.P.; SUMOVA.
-KEII LI [He L11; CRZI ST-T"I [Chang Sgd-chl Ian];
VOINOV, A.M.; SHIRYAMN, S.L.; KM IN. V.A.; STMV, A.B.. red.:
KAWIVSKATA. T.N., red.; GER IMOVA, Yo.S., takhn.red.
[Economy of the Chinese People's Republic, 1949-19591 Ikonor3ika
Kltalskoi Narodnol Respubliki, 1949-1959. Kookva, Gosplanizdat,
1959. 304 P. (MIRA 13:5)
1. Zaveduyushchly sektoron ekonomiki stran narodnoy demokratil
Instituta ekonosW A SM (for Stupov).
(Chins-31conomic conditions)

VASILITSOV, V.D.; VOLCIWKO) 1,!..Ya..,- GERTSOVICH) G.B.) kand.elwn. nauk;
ZHARKOVp Ye.I.; KOITOVAlDv, Ye.A!J, kand. ekon. nauk,- j4ATVIYEVSY-lkYA,
E.D.; OLEYI-TIK, I.-F'.-,,-kand. ekon. nauk; RMLIVSKAYA, E.S.,;
SKVORTSOVA.9 A.I.; SOKOJDVA, N.V.; SOTNIKOVA, I.A.; TAIMIT, V.S.)
TRIGUB121KO, M.Ye.; FMSOVA, Yu.V.; SlIABUIlIVA, V.I.; YU1111', M.N.;
STOROZHEV, V.I., kand. istor. nauk-, red.; MPNIKOVA, Ye., red.;
XMIOV, G., tekhn. red.
[Economy of the people's democrdeies in figures for 19601 Ekono-
mika stran sotsialisticheskogo, lageria v tsifrakh 1960 g. Pod
red. G.B.Gortsovicha, I.P.Olainika, V.I.Storozhava. Mos-dwa, fzcl-
vo sotsiallno-ekon. lit-ry, 1961. 238 p. (MIRA 15:4-)
(Communist countries-EconomIc conditions)

KONOVALGVA Ye.A.
A conference of statisticians. Vest.AN SSSR 31 no.9.-100-101
s 61. OMIRA 14.10)
(Statistics)

SOROKIN G.M.; OLEYNIK, I.P., doktor ekon. nauk; WAIPPIP&N, T.V.,
doktor ekon, nauk; DUDINSKIY, I.V., kand. ekon. Auk;
MIRDSHNIC104KO, B.P., kand. ekon.nauk; SERGEYEV, V.P., kand.
ekon. nauk; TARNOVSKIY, 0.1., kand. ekon. nauk; -'rOROZHEV, V.I.,
kand. ist. nauk;,.KONOVALOV, Ye.'A., kand. ekon. it;zk; GERTSOVICH,
G.B.,.kand. ekon. naU_;_PffP0V_,_K_.r., kand. ekon. iauk, red.;
ZEVIN, L.Z., red.; NIKOLAYEV, D.N., red.; PAK, G.I., red.;
GERASIMOVA, Ye.S.,, tekhn. red.
[The building of communism In the U.S.S.R. and 6q[ peration among
the socialist countriea]Stroitellstvo kommunizma r SSSR i sotrud-
nichestvo aotsialisticheakikh stran. Pod -01'=T; L red. G. M. Soro-
kina. Moskvaq Ekonomizdat, 1962. 334 p. (MIRA 16s2)
1, Akademiya nauk SSSR. Institut ekonomiki vf41-kaw sotsia-listiche-
skoy sistemy. 2. Chlen-korrespondent Akademii #v;% SSSR (for
Sorokin).
(Communist countries-Foreign economic elations)
w.

VASILITSOV, V.D.; VOLODARSKIY, L.M.; VOLCHENKO, M.Ya.; GALETSKAYA,
R.A.; IROV~ N.I.; KARMA, L.F.,-_gQ
,110VALOV, Ye.A.;
MATV.-LYEVSKAYA, E.D.; PMESKU, X.I.; RUDAKOV, Ye.V.;
SAYFULINA, L.M.; SHVORTSOVA, A.M.; SOKOLOVA, N.M.; SOTNIKOVA,
I.A.; STOLPOV, V.D.; SURKO , Yu.V.; TRI, V.A.; TRIGUlENKO,
N.Ye.; FIRSOVA, Yu.V.; SHABUNIVA, V.I.; YUMINt M.N.;
RYABUSHKIN, T.V., doktor ekon. nauk, otv. red.; ALAKPIYEV,
P.M.$ red.; PAKt G.V., red.; GERASIMOVA, D., tekhn.red.
[Ecommy of socialist countries, 1960-19621 Ekonomika stran
sotsializma, 1960-1962gg. Moskva, Izd-vo t'Ekonomika," 1964.
261 p. (MIRA 16:12)
1. Akademiya nauk SSSR. Institut ekonomiki mirovoy sotsiali-
sticheskoy sistemy.
(Communist countries-Economic conditions)

M, G.Ya.; KONOVALOV, Ye.A.; PANKOV, V.G.; YASHIN, D.A.
TangentLal channels and reconqtruction of the thermal column of a
VVR-M reactor. Atom. energ. 19 no.5:465-467 N 165.
(MIRA 18:12)

J, 40
ACC NR1 AP6001699 SOURCE CODB: DR/0089/65/019/005/0465/0467
AUTHOR: VAs G.~Ya,; Konovalov Yo. A.; Pankov. V. G.1
Yashin' D. A.
ORG: P.Jaysicatechnical Institute im. A. F. Ioffe, AN SSR, Leningrad,
(Fizikotekhnicheskiy insTltut'AIT OR) - ---
TITLE: Tangent channels and reconstruction of thermal column of the
VVR-M reactor
SOURCE: Atomnaya energiya, v. 19, no. 5g 1965, 465-467
TOPIC TAGS: nuclear research reactor, nuclear reactor technology
nuclear reactor componentA-VR-M nuclear keactor
ABSTRACT: In order to improve the operation of the VVR-M reactor in-
stalled at the Physicotechnical Institute im. A. F. Ioffe, some changes
were made in the number and'disposition of channels and in the rearran~3~
ment of thermal column. The reactor was originally provided with 9
horizontal channels located in concrete shielding. In 1961, a channel,
11o. 10, was added at a distance of 131,10 mm from the core center. In
1963, t-vio channels, Nos. 11 and 16, viere bored as tanl7ant to the ber-
y1lium reflector. Stich Ei tangent position reduced the effect of garnma i
background on irradiated samples. The tuh;orraal colur-n (3040 nmi lon,,,-,),
origblf~JJY 0amposed of six ~.;.raphite diriks, wao thon recons'111ructod. The
Card UDG: 621.039.519

ACC NR, Ap6001699
7

5:
Iffil t y"i MIS

PIP

r M_

-Reactor tank; 2-Beryllium reflector; 3-Reactor
bore; 5-Carriage niche; &-Data*transmitters; 7-Movable
oast-ion shield
Card

ACC N.R, AP6001699
last five graphite disks were replaced by one concrete disk carrying
four horizontal channels, No. 13 with d = 120 mm, Nos. 12 and 15 with
d = 102 mra and No. 14 with d-= 80 -mm. Channel No. 14 was bored 10 am
lower than the three upper o1lannels, The arrangement of channels is
shown on Card 2/3. The physical parameters on chanels Nos. 1, 10, 11
and 16 were given In a table The addition of channel No 10 was sug-
gested by Yu. V. PetrovP mem;er of the Institute staff. I.*A.-Kondurov
proposed tho channels No-s.'11 and 16. V * S. Gvozdev showed a great
activity in creating the tangent channels. A graMude is expressed to
D. M. Kaminker (scientific- Supervisor) for-his interest and assistance. i
Orig. art, has: 2 diagrams and 1 table.
SUB C ODE: 18 SUBM DATE: 2]Apr66 ORIG REF:, 002 OTH PMF: 001
Card 3/3
J'Caw-d 1-/--2 nn-
ACC 14R,
The D-l mleotr~kagnetjc valve ad,, 5. valve
1. golenoid case, 2. plungers 3. b,,gg guiding bushp 4. insulating be 'lid# 9.. tef
:Ltchg 7. solenoid coil cases SO solenoid a&"
hood j, 6. XV-9A limit 8w dwqlap 12. spring, 3-3. T&I'M bases 14- 'ntako
rings 10. looking Piat0up
pipe, 15. auction pipe,
SUB CODEs .16 4UBN DAM 27Apr65

ACC NRt AP6030165 SOURCE~-C'd~E----~fVOi2O/66/000/004/0224/0225'--'
AUTHOR: Konovalovo Ye. A.; Ploshchanskiy, L. M.; Soloviyov, V, A.
ORG: Physicotechnidal Instituts,AN =R, Leningrad (Fiziko-tekhnicheakiy inatitut
AN SSSAJ
TITLE: Single action KD--l electromagnetic air valve with switch on signals
~% - - 10'
SOURCE: Pribory i tekhnika eksperimenta, no. 4, 1966, 224-225
TOPIC TAGS: reactor control,, valve, isotope separation, radioactivity measurementj
radiation dosimetryg radiation instrument Cro&.Oln6(5~O 67-IC-
VA
ABSTWT; In 1962 the dosimetric controL systej~ of the VVR-M reactor was equipped
"")i.ith 65 KD-1 electromagnatic,air valves of single action with switch on signals. The
have been operating continuously for 2 years, each switching-at least 50,000
imes during this period without a single breakdown. Monthly inspections of the tight
Ml~ss of the air control system disclose that the valves are; overall dimensions
41- -'
~~250 x 120 mm2 -passage cro'ss-sectional area - 16 mm, working
weight - 4.6 kg, flow
~'-'~Voltage - 48 v, type of current - d.c.9 working current - 0.3 a, signal circu
0.5 a, spring pressure on locking piston - 4 kg, stroke of locking piston - 5 mmo
temperature of heating surface of valve body at an ambient temperature of +20 C - 45 01
and air leakage at 750 torr - 0.003 I/min,, at most. A diagram of the valve is shown
below. Orig. art. has* 1 figure.
ACC NRt.
The IM-1 electromagnetic valve
1. solenoid case, 2. plungert 3. brass guiding bush,, 4. insulating bead, 5. valve
hood, 6. KV-9A limit switch, 7. solenoid evil case# 89 solenoid case 24d, 9., tef
ring, 10. locking piston, 11. dowels, 12. spring,, 13. valve base, 14. intake
Pipe, 15. auction Pipe-
SUB CODE: 18 SUBM DATZ: 27Apr65

ACC NRt AP7000795 SOURCE CODE: p/cv39/66/021/4.
AUTHOR: Konovalov, Ye. A.; Ploshchanskiy, L. M.; Solov'yev, V. A.
ORG: ~o e
TITLE: improvement of the system of stationary dosimetric control of th(~ VVR-M
reactor
SOURCE: Atomnaya energiyo, v. 21 no r 1966, 386
TOPIC TAGS: nuclear reactor operation, nuclear reactor control, radiat'Lon dosimetry,
nuclear sifety/ WR-M reactor, USIT-1 dosimeter
ABSTIUM: This is o summary of article no. 112/3573, submitted to the e(lit.or and
filed, but not published in full. The shortcomings of the earlier system are briefly
surimcrized and it is reported that in the improved system, used for the rc-.ictor at the
Physicotechnical Institute im. A. F. loffee, AN SSSR, these shortcomin.cTs ',-!.,-:Ve been
eliminated to a considerable degree. The air-control system has a more hliirhly
branched network of sampling lines, with provision made for manual, semi-automatic,
and automatic control. Both counter-type and ionization-chamber pickups can be used
to determine the concentration of radioactive gases in the air. Control Over the
exhaust of the radioactive gases in by means of -continuous pumping and is continuous-
ly monitored by means of an automatic recorder. The y radiation is monitored by two
type USIT-1 instruments, with additional "cactus" type instruments being used in the
hot chambers and in the pump room of the first loop and on the cover of the reactor.
Card 1/2
uDc: 621.039.58
At-%- NK: AP7000795
Automatic visual and sound alarms are provided. It is claimed that the improved sys-
tem.,satisfies present sanitary norms and technological requirements, and that ex-
pei Ii-e-hce accumulated in 2.5 years of operation will lead to further improvements.
~.'SUBzI(ODE: 18/ suBm DATE. 14~an66
Card 2/2

n
Clinical and X-ray TA~jf,~,,
of ''e
(M-fitel 18:6)
1. Tnot-itut b 1- s Iny
zdravcoUvanenlya re
PrQf. Y-.!

KONOVALOV Yo.F.
I------ 1-----..-,.,.lI,..-- -.-
Spont,wrigous ruptiLre cf the utorus in etaxly pregnancy. ~ Z. Mad.
Zhur. no.6:65.-66 162. (%,1 1 I-A !'-,;5)
1. T4--ynaya bol'rdt--a stantaii BuzLCIIL-k (glavnyy v-ra-,.,ti -
S.I. Didosl) Kabyshevskoy zhalamoy dorogi.

KOINOTAMT, Ye-Q--
Certain theoretical conceptions on the kinetics of the deformtlou
of surfaces, Vestal Ak- BSSR. 39r. fiz.-takh. nav. no.lrl3q-14?'~57.
(Surfaces, Deformation of) (NLVA lotO

rONOVALOV' G.
ye* -
*"~~A~najyz~jngeu%
Ana Ing kinematics
automatic generating. Tests,
145-159 '57.
In broaching gears a6sociated with
AN BSSR. Ser. fis.-tekh. nav. no.2:
(MA U: 1)
1.Zaveduyushchi.v laboratoriyey resanlya Fisioterapavtichaskogo
instituta AN BSSR.
(Gear cutting)

Translation from:
# 33586
82659
i5/123/59/000/09/13/036
A002/AO01
Referativnyy zhurnal, Mashinostroyeniye, 1959, No. 9, P. 97,
AUTHORS: Konovalov, Ye. G., Sidorenko, Yu. A., Chachin, V. N.
TITLE: Vibration arindi_4'lof Hard Alloy zi
PERIODICAL: Sb. nauchn. tr. Fiz.-tekhn. in-t AN BSSR, 1958, No. 4, pp. 248-255
TEXT: Experiments in using the method of vibration grinding of hard
alloys are described. The experiments were performed et FTI AN BSSR. Grinding
was carried out with the periphery of a "K360CN12K" (KZ60SM2K) straight-profile
grinding disk on a surface-grinding machine. A special electromagnetic
vibrator produced the vibratory motion of the "BK8" (vK8) alloy plate in a
direction parallel to-the disk axis at a frequency of 100 cps and at an
amplitude-of 2.5 mm. The experiments were performed at a speed of 37.6 m1sec,
a longittidinal'feed of 3.4 m/min and a grinding depth of 0.08-0.15 mm. Under
these conditions, the VK8 alloy plate was subjected to conventional and
vibration grinding. In all cases of conventional grinding, cracks and scorches
Oard 1/2

.PNDVAIDV, Te.G.; YEM14DV. V.I.
lzzz:~_
Now metbod for dynamic toning of metals. Dskl. AN BSSR 2
no-7:?83-287 Ag 158o (MR& 11:10)
1. Predstavleno akademiken AN BSSR K.B.Gerevym.
(Metals--Testing)

KONOVAWV, Ye.G,,;_GLWNOVICH, I.N.
Electric conductivity as a meane for studying films of metal
oxides formed during cutting. Dokl. AN BSSR 2 no.9:370-373 0 '58.
(KIRA 12:7)
I.Ptedstavlono akadtsikov AN BSSR K.V. Goravym.
(NeWlic oxides--Electric properties)

of
Nil I .,j A
0
.40 u 02
10 ~Z~ -
W4
a cw c too 10
a & ig
a v be
.a
.30.
'I 14~
g
34 k;gl "I A
j'a
'A -
NO
'a ~i :
.44 so
fl8 tq- W3
Aj 4
140
In;
-oil. IN F41 41
41)
0.

KONOVALOV,-.Ye.G.1Kanavalau N.H.], kand. tekhn. nauk; CHACHIN, V.N. [Chach7n.
V.M.1
Dynamics of the vibration grinding of hard alloye. Yostel AN BSSR.
Ser. fiz.-takh. nav. no.1:19-24 159. (MIRA 12:7)
(Grinding and polishing)

KONOVALOV. Te.G.; AVRUTIN, A.M.; SIDORENKO, Yu.A.; WBACHEVSKIT, I.S.
Machining holes by rotary mandrels. Stan. i instr. 30 no.1:29-30
Ja '59. (MIRA 12:1)
(Drilling and boring machinery)

23471
S/123/61/000/009/002/027
Aoo4/Alo4
AUTHOR: Ye.G.
..!~cnovalo~.,
TITIEs Methods of creating new ways of mechanical tooling of metals
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 9, 1961, 42, abstract
9B266 ("Sb. nauchn. tr. Fiz.-tekhn. in-t AN BSSR!', 1959, no. 5,
158 - 177)
TEXT: The author has developed a method of designing new ways of machnical
tooling based on the principle of the combination of the functional diagrams of
cutting. Thle method is Illustrated with the aid of an example of developing a
new method of machining cylindrical surfaces. Various cutting systems are analyz-
ed from the viewpoint of a solution of the following problems: chip-crushing,
deflection of the part being turned, short tool life, unsatisfactory'microgeometry
of the surface layer and the comparatively low-effioiency of the turning method.
The most expedient Is a combined functional diagram based on the turning with six
rotating tools clamped in one common clip (the rotation axis of the tools agrees
Card 1/2
Card-Z/2

S/123/61/000/002/005/017
4OO5/AOO1
Translation from: Referativnyy zhurnal, Mashinostroyeniye, 1961, No. 2, P. 58,
2B488
AUTHORS: Konovalov, Ye. G., Chachin, V. N.
T '17TILE. An Investigation of the Surface Quality at Vibro-Grinding of Hard
Alloys
PERIODICAL: "Sb. nauchn. tr. Fiz.-tekhn. in-t AN BSSR", 1959, No. 5, pp. 178-188
TEXT, The authors report on the results of investigations of the vibro-
grinding process of hard alloys on a universal grinding machine and a surface-
grinding machine with vibrators. During the Investigation, the roughness of the,
surfaee was deterinined depending on the cutting depth, the table- and cross feed,
and the characteristics of the grinding wheel at vibro-grinding (frequency - 100
cps) and without vibrations, It turned out that the vibro-grinding increases
the efficiency by 2-3 times; the fine roughness (Hav = 2-4 micron) can be obtained
with t- - 0.06 - 0.08 mm per 2 to-and-fro motions of the table. The vibro-grind-
ing sharply decreases the danger of the appearance of searings and cracks and
makes it possible to apply disks of black silicon carbide which yield the same
Card 1/2

23267
S/123/6:,/3-00/005/007/0 17
A004/A-,!o4
AUTHORS. Koriovalov, Ye. G., Lobachevsk-11, 1. S.
TITLE Investigating the process of hole machining ty rotary m8andrels
PERIODICAL-, Referativnyy zhurnal, Mashinostroyeniye, no, 5, 196L 71, abstract
5B634. (Sb. na-achn. -tr. Fiz.-takhn, in-t, AN ESSR, 1959, no. 5,
230-235)
TME 'The authors desaribe the design and tests of rotary mandrels for the
flnizh -machining. of. internal cylindrical surfaces wiltho=-- removal of chips ~ "The
investigation was oarried-Tat on specimens of the steel grades 15, 20, 35 and 45
in holes which were reamed by a 1 : 200 tapered reamor, so that the allaganc-a on
the diameter continuously varied from 0 to 0.2 mm. The mandrel diameter was 5-0
mm,. the ball diamsta.- 9.5 and 12.7 mm respeotively. The Wvestigation showed
that the optimum allowance is in the range ot 0.08 - 0, 1 n--n. T.1-le. sux~lface finish
is in the range of the 9th class. There Is I figure and 6 graphs,
S. -!',Ivshits
[Abstra-~torls notb: Complete translatlon)
Card 1/11,

05284-
18(7) SOV/170-59-7-15/20
AUTHORS: Kenovalov, Ye..G,, Germanovich, I.N.
TITLE: An Investigation of Films of Metal Oxide During Grinding and Milling by
the Electric Conductivity Method
PERIODICAL-. Inzhenerno-fizIcheskiy zhurnal, 1959, Mr 7, pp 92 - 95 (USSR)
ABSTRACT- There are statements in previous investigations on the possibility to
establish, by means of the electric conductivity method, the nature of
an oxide film covering metals in oxidation. In order to check this
possibility, the authors studied by this method the films of metal
oxides during the milling of St. 45 and cast iron and during the grinding
of steel of the 4OKh grade and cast iron.-The results of these studies
are shown in Figures 2 and 3. As it is seen from these graphs, there is
no noticeable decrease of electric conductivity with an increase in the
speed of both milling and grinding, if current is fed through a current
collector. If, however, current is fed directly into a machine tool
without the ourrentcollector, a slight decrease of electric conductivi-
ty is observed up to a cutting speed of 400 m/min; at a further increase
.of the cutting speed, electric conductivity rises. A reason for this the
Card 1/2 authors see in the probable origination of extra-currents of disconnection.

KONOTAWT. Ye.G.; MACHIN, T.H.
Thermal studies on the vibration grinding of a hard
alloy. Dokl,AN BSSR 3 no.11:452-455 N "59.
(MIRA 13:4)
1. Predstavleno akadealkon AN BSSR I.T. Oorffym.
(Grind1bg and polishtog) (Alloys-Thermal properties)

PHASE I BOOK WIDITATION S(W/5241
Konavalov, Tevmniy Gr1gorlyevich, and Yevpnly losifovich Pystosin
(Ybrabotka plookikh powerkhnostey ah&Akovyai golovkud (Bell Burnishing of Plaw
Surfaces) Minsk, ltd-vo AN BM j 1960- 19 P- 3,000 copies printed.
Spcaqor:Lng Agency: Fft1ko-tekhnicheekly inst1tut AN BSSR. TAboratorlya
nowykh netodov dbrabotki mat*rIalov.
Ed*:.R.L. TogVenets, Candidate of Technical Sciences; Ed. of Publishing Roww
Le Timofeyev; Tech* Ed*: Ie Volokhanovich.
PURPOSE: This booklet Is Intended for designers and operators of burnishing
tools.
COVERAGE: Bell burnisher* an discussed from the standWat of their design,
kinematics, macrogeometry, and other data relative to their construction and
use. Cold working processes ar* mentioned briefly. No personalities are
mentioned. There are nine references, all Soviet.
car&*%--

KONOVALOV.-Yevme BORISMO, Aleksandr TaAllyevicht
FZDCROT, L.le, kBnd.tekhu.nauk, red.; TIKW'BM, L., red.izd-wi;
MCIMANOTICH9 I*. tak)m*rled,
[Vibration turning] OtteilliruluBhchee tochenle. Kinsk, Izd-vo
Akad.neuk BSM, 196o. 3o p. (KIRA 14:1)
(Turning)

S/123/61/000/015/021/032
A004/A101
AUTHORS: Konovalov, Ye. G., Germanovich, I. N.
TITLE: Method of electric conductivity and investigation of oxide films of
metals during turning
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye,.no..15,.~.!1961) 36, abstract
15B227 ("Sb. nauchn. tr. Belorusek. in-t mechaniz. a.kh.1960, no. 4,
274-276)
TEIT: The investigations were carried out under-insulation of the cutting
tool and the blank by means of an installation with special.mochanical current
collector which made it possible to collect the ourront,during the turning process
of the.specimens without distortions. To determine the-type of oxide films,'the
current polarity was changed. When the current was.supplied.through the current
collector, no noticeable decrease in electric conduetlvit~ with an increase in
the turning speed up to 226 m/min could be observed., There are 3 figur*s.
M. Degtyareva
[Abstracter's note: Complete translationi
Card 1/1

1-1100
AUTHORS,~
TITLE:
3W46
S/571/6o/ooo/oo6/0ll/0ll
E191*/E135
Konovalov, Ye.G., and Borisenko, A.V.
Certain operating characteristics of an oscillating
cutter
SOURCEi Akademiya nwuk Belaruskay SSR. Fiziko-tekhnicheskiy
institut, Sbornik nauchnykh trudov. no.6. Minsk, 1960.
216-227
TEXT: In lathe turning operations the chip tends to wind
itself round the tool and work piece and can be a considerable
nuisance. Existing types of chip breaker are not reliable, and
for automatic machines and production lines it is necessary to
develop new methods of turning which overcome the problem of chip
breaking. one such method is that in which the cutter is given an
oscillatory motion in the direction of the feed. Cutting then
takes place with variable feed and the chips resemble those formed
during milling, In the Laboratoriya novykh metodov obrabatki
mAtprinlnv (Laboratorv for --w m-thnAR of working materials) of the
FT1 AN BSSR-bn oscillating cutter head was designed for a
turning lathe type IA62. The construction

o946
Certain operating characteristics ... S/571 60/ooo/oo6/011/011
E194/E135
is illustrated schematically in Fig.l. The tool I in the tool
holder 2 is made to oscillat6 along the axis of the work piece by
the cam 3 which is driven along a spline shaft 4 through the
gearing 5. The tool holder is held against the cam by springs.
The amplitude of oscillation in altered by changing the cam shape
but a fine adjustment 7 is also provided. In another design the
cam was driven by a separate motor of 0.6 W. The tests were made
with cutters tipped with the carbides T5 K10 and T15K6 working
eels 20, 45 and 18XT-T (18KhGT). The cutter geometry was:
t goo; yl 60; X = 00; y = 70; a = 1101 r = 0.5 mm:
:
b) 600; 260 x = 00; y = 70 = 110; r = 0. 5 mm.
[Abstractor's note: in Soviet terminology T = plan angle,
T working trail angle, X = cutting edge side rake, y = rake and
aLclearance; r is presumably nose raaius.]
Theoretical formulae are derived for the instantaneous rate of feed
of the oscillating cutter and expressions are derived for the
conditions when the feed is zero so that the chip must break.
Then an expression is obtained for the amplitude necessary to cause
P-hip breakage. However, the actual amplitude differs from that
--alculated because of elastic vibration of the lathe, the tool and
Card 2/8
Certain operating characteristic, 30946
S/571/60/000/006/oil/oll
E194/El-35
the part and moreover it is not always necessary to reduce the
feed to zero to ensure chip breaking
made to ensure chip breakage u - Accordingly, tests were
The amplitude of oscil nder different
recorded on a moving cutting conditions.
lation was measured by a vibrograph which
a gr tape fitted on the tool holder- Fig.2 shows
aph of the minimum amplitude in mm as function of the feed
1
rate in mm/rev. for steel grade 18KhGT (dotted line) and steel 45
~sOlid line).
chip breakage It is found that the minimum amplitude to ensure
In the case Of is greater than the
the calculated value by some 20-30Y..
is Proportional to tough steel grade 18KhGT the m- -
the feed; howeverg for steel Yd 4
greater than 0.25 ini Um
is because the bre -M/rev. a amplitude
PrOPortionalit gra e 5 at feeds
tests Y is not observed. This
ak Occurs where the chip is
showed that the use of em thin. Further
stable value Of the minimum ampul5ified cutting oil,
increased with increas litude. The minimum reduced the
cutting speed ing depth of amplitude is
(in the range 62 cut. However, changes in the
angle Of the cutter -190 metres/min) or in the rake
rake (from -5 to
(-5 to +150) have +150) or in the cutting edge side
amplitudes. Practically no influence on the minimum
Card 3/8 BY introducing empirical Coefficients into the

Certain operating characteristics ... S,A'Vi~6o/ooo/oo6/oll/oll
E194/E135
theoretical formula the following expression is obtained for the
minimum amplitude necessary to ensure chip breakingg
A qf qt qo qy
min L. -5rs in SC MAM (7)
n I
where values of q are taken from Table 1.
When an oscillating cutter in used the finish is not so fine as
with a normal tool. It was found that the smoothest surface was
obtained for ratios of oscillation frequency to spindle speed which
give the minimum amplitude for chip breaking, i.e. when this ratio
is 0.5, 1.5 or 2.5. Fig.7 shows a graph of the relationshIp
between the surface roughness in microns and the ratio of the
frequency of oscillation to the spindle speed where V = 70 ft/min,
S = 0.5 mm/rev., t = 2 ", using steel grade 45. The dotted line
shows the surface roughness with normal cutting methods. The
influences of feed, cutting speed and use of cutting fluid and
depth of cut on surface finish with an oscillating cutter are much
the same as with an ordinary tool. The variations in rate of feed
with an osmillating cutter would tend to promote tool wear, and so
Card 4/8

30946
Certain operating characteristics ... S/571/6o/ooo/oo6/oil/oil
E194/E135
will the increase in the impact loading. On the other hand, with
an oscillating cutter the cutting edge periodically leaves the
cutting zone so that it runs cooler. This was confirmed by
measuring the electromotive force between tool and workpiece which
was less with an oscillating cutter than with a normal tool. Tool
wear studies showed that with an oscillating cutter in the majority
of cases the tool performance was 30-400% bet'ter than with a normal
tool. It is considered that an oscillating cutter can be
successfully used on ordinary turning lathes and it is particularly
effective when used on automatics or on automatic lines.
There are 11 figures, I table and 6 Soviet-bloc references.
Card 5/ 8

30946
S/571/6o/ooo/oo6/oil/on
Certain operating characteristics E194/EI35
Fig.1
Card 6/8

30946
Certain operating characteristics S/571/6o/ooo/oo6/oli/on
E194/EI35
Table I
Correction factors for the amplitude of oscillatory motion of
cutter an functinn nfs
1. Principal Principal angle 45 6o 75 90
I

an
1e in
in plan 9, deg. ,
g
_plan Coefficient q 1.25 1.0 1.0
2. Depth of Depth of cut, 0-2 2-It i4-6 6-8
cut t' mm
Coefficient qt 1.0 1.09 1.16 1.3
3. Use of Nature of work with cooling without cooling

cutting
coefficient q .
fluid 0 0.92 100
4. Rigidity Rigidity of L/D < 5 L/D = 5-r'10 [L/D = 10-:-15
of work work piece L/D
iece Coefficient q
,, 0.9 1.0 2
p ,
.
Card 8/8

KONOVAMY, Ye.G.; DORISMO, IL.V.
Dynamics of oscillating turning. Dokl.AI BSSR 4 no.8:340-342
Ag 16o. Olu 13:8)
1. Fiziko-tekhnichookly institut AN BSSR. Predetavleno akmA. AN
BSSR K.V.Goravym.
(Turning)

KONOVALOVI Yevmoniy Gri ofXLvich -ademiks re-
i~ I SEVERDENNO, V.P.~ ak
teenzen ; REVO K.V., akademik., red.; KHOLYAVSKIY, S... red.
izd-va; VOLOKHANOVICH, I., tekhn. red.
(Fundamentals of new methods for machining metals] Oanovy no-
vykh sposobov metalloobrabotki. Minsk, Izd-vo Akad. nauk
BSSRj, 1961. 296 p. (MIRA 15:3)
1. Akademiya nauk Belorusskoy SSR (for Gorev, Smrdenko).
(Metalwork)

-KONOVALOV, YE. G,9 Doc TECH SCII "THEORETICAL PRINCIPLES
OF NEW METHODS OF METAL ~, MINSKj 1961. (ACAD
Sci BSSR, DEPT OF TECH SC~IIINCZT-). (KL-OV, 11-619 216).
-104-

0 V 11 L 0 V/
32203
S/201/61/000/003/006/006
D299/D305
AUTHORS: Kanavalaw, Ye. R. and Hermanovich, I. M.
TITLE: On the penetration of cutting fluid into the cutting
region during mechanical metal-working
PERIODICAL: Akademiya nauk Bielorusskoy SSR. Izvestiya. Seriya
fiziko-tekhnicheskikh,nauk. no. 3, 19619 115-119
TEXT: The effect of vibrations on the cutting process is consi-
dered, In the authors' opinion, the vibrations which arise in me-
tal cutting facilitate the penetration of the cutting fluid into
the cutting zone, thereby wear is reduced and the metal working
improved; this applies to vibrations of small amplitude and high
frequency (ultrasonic). This hypothesis was verified by means of
special experimental procedure. The vibrations were generated by
the ultrasonic generator Y3f1-4,jr'(UZM-1-5) of power 1.5 kilowatt.
Three types of cutting fluid were investigated: ordinary water,
an emulsion and cutting oil. The height of the fluid column in ca-
pillary tubes was investigated after connecting and disconnecting
Card 1/2

3/571/61/000/007/009/010
1048/1248
AUTHORS .1ronovalov,Yo.G., and Dorozhkin,N.N.
TITLE: A nov. method for gauging ring-shapoo parts
SOUCE: Akademlya nsuk Polaruskay SSR* Fiziko-technicheskiy
institut. Sbornlk nauchnykh trudov. no.7. 1961. 184-189
TEXT: A now, simplified method for the*fine adjustment of the in-
ternal and external diameters of east, stamped, forged, or sintered
metal parts, are described; the diameters are adjusted through
plastic deformation alone, using a die for the external diameter
and a floating, round-hoaded plunger for the internal diameter, on
a 40-ton hydraulic press* The dies and plunger are made of a
hardened YI5r (iOiVG) alloy (Cr-111-IMn), and their surfaces are finish-
ed to a high degree of smoothness, In experiments with sintered
.ring-shaped parts consisting of perlite + 10-15% ferrite (Brinell
hardness 50-70 kgo/sqomme) external diameters ranging from 34.12
to 34.26 mm. wore adjusted to 33.94 to 33o98 mm, while internal
diameters ranging from 16.95 to 17.03 mm. were adjusted to 16.98
Card 1/2

STEPANCV, V.P.
Equipment for the investigation of oblique-angle cutting F,,f the
optical-polarization-method. Sbor. nauch. trud. Fiz.-tekh.Inst.
(MIRA 150)
AN BSSR no.7:190-198 161.
(Metal cutting--Testing)

41998
S/571/61/000/007/010/010
1040/1248
AUTTIORS: Konovalov,Ye.G*,, Lind Lobachevskiy,I.S.
An investigation-_--t
TITLE: ation of he depth of the strain-hardened
layer and the wear-resistance of the hardened surface
after rotary ball-burnishing of internal cylindrical
surfaces
SOURCE Alacadenjiya nauk Belaruskay SSR. Fiziko-tekhnichoskiy
institut. Sbornik nauchnykh trudov. no.7e 1961. 200-203
TEXT: Potary ball-burnishing Is a new cold-working process pro-
ducing pitstic deformation in metallic surfaces with a consequent
increase in hardness; the process is d.esc~ibed in the book
"Rotatsionnoe dornirovanie". by the same authors, published by- the
M=R Academy of Sciences, 1959. The depth of the strain-hardoned
.layer produced is practicRlly independent of variations In the
rate of burnishing within the range 50-500 m./min., and Increases
slightly with a decreased ball diameter. The maximum depth pro-
duced under optimum conditions is log-2*2 mm. in steel C-Pv-15
Card 1/2

ACCESSION NR: AT4030805
S/0000/63/0001000/0192/0198
AUT11OR: Konovalov, Ye. G.; Germanovich, I.N.
TITLE: The 7=ffec=tof h~iah requency (ultrasonic) vibrations on the passage of liquid
media through capillary channels
SOURCE: AN UkrSSR. Institut metallokeremiki i spetsial'ny*kh splavov. Poverkhnost-
ny'-'ye yavleniya v raspiLavakh i protsessakh poroshkovoy metallurg--i (surface phenomena
in liquid metals and processes in powder metallurgy). Kiev, Izd-vo AN UkrSSR, 1963,
192-198
TOPIC TAGS: high frequency vibration, ultrasonic vibration, capillary channel, liq-
uid medium
ABSTRACT: In this paper, the authors studied the effect of ultrasonic vibrations
under various conditions (capillary diameter, temperature) on a liquid medium in a
capillary channel. The results are presented in graphs. Ultrasonic influence an the
passage of liquid media through capillary channels is a new, little studied phenom-
enon. Only the first steps have been made in the study of this problem; before it
lie even greater efforts. Many questions still must be answered in order to explain
the physical nature of this phenomenon and its pratical application in industry. it
Card 1/2

I.--. r
KONOVALOV9 Ye.G. (Kanavalau,, IA.R.]; GERMANOVICH, x LNermanovich, I.M.)
---
Effect of high-frequency vibrations on the penetration of lubricants
and coolants into the cutting zone durilng the mechanical working of
metals. Vestsi AN BSSR. Ser. fiz.-tekA. nav. no.3:98-~100 163.
(IURA 16: 10)

3/170/63/606/003/012/014
3104/B186
AUTHORSs Konovalovv Ye. Gio Gernanovicht I. N.
TITLEt The influence of temperature on the rise of liquid In's
oapillary under tho action of high frequonoy vibrations
PERIODICALt Inzhenerno-fizicheakiy zhurnal, v. 6, no., 3, 19639* 103 - 105
TEXT: The capillary rise of a -liquid is largely dete=ined by -the- awface
tension of the liquid and consequently decreases with increasing texpera-
ture. If the liquid vibrates with ultrasonic frequencies in the- directUn
of the oapillary axesp the rise is greater and increases wiih temperaturei
7later, an emulsion of commercial acidol, and lubrioatingdl were-subSect4d
to 23-5 kcs in glaos tubes of various diameters. The increase-in
capillary ripe was measured in. the 0 - 8000 range. The height-to-which
water rises in a capillary.tube with an inner diameter of 0-484 = An-
creases from 30 mm at fzd 50C to 90 mm at f:z$ 700C- Similar results are oW-",
tained for other liquids under different conditions. There are 2 figurossr
ASSOCIATIONt Fiziko-tokhniahoakiy inntitutAN BUR, g. Minsk (Physico-
technical Institute AS BSSR, Minsk)

KONOVALOV Ye G - SKRIFNICMIKO,, I.L.
Effect of cyclic loading of an ultrasonic frequency on the
static mechanical characteristicti of copper. Dokl. AN BSSR
7 no.12:817-820 D 1639 (KIRA 17:8)
1. Fiziko-takhnicheskiy institut AN BSSR, Predstavleno aka-
demikom AN BSSR V.P, Severdanko.

KONOVALOV, Ye.G., dek-tor tekhn. nauk, prof., otv. red.
[Plasticity and metalworking by pressure] Plastichnost'
i obrabotka metallov davleniem. Minskp Nauka i tekhnika,
1964. 320 p. (MIRA 17:12)

lttf-f~ ~~TfM Mi &R'W~11286) r~j 1, fn UR/0276/65/000/04/BO30/~030
-in o-,q"r or, Rn.j 31
~hn I ils h
K.:naovaloy. Ye. G. Layri _v
--I_ _4pyj
~t aow~~for investig-a-ting h,~at phenooe i n c-,
utilkz q] na it:
7: Sb. 71rimenaniyi ul't-razviika v ma-shinnst-. ',e,'nqk. `;-auka 'ekhm,